#include <FiniteStrainJ2Plasticity.h>

Inheritance diagram for Marmot::Materials::FiniteStrainJ2Plasticity:

Classes
class	FiniteStrainJ2PlasticityStateVarManager

Public Member Functions
	FiniteStrainJ2Plasticity (const double *materialProperties, int nMaterialProperties, int materialLabel)

void	computeStress (ConstitutiveResponse< 3 > &response, AlgorithmicModuli< 3 > &tangents, const Deformation< 3 > &deformation, const TimeIncrement &timeIncrement)

void	computeStressWithScalarReturnMapping (ConstitutiveResponse< 3 > &response, AlgorithmicModuli< 3 > &tangents, const Deformation< 3 > &deformation, const TimeIncrement &timeIncrement)

void	computeStressWithFullReturnMapping (ConstitutiveResponse< 3 > &response, AlgorithmicModuli< 3 > &tangents, const Deformation< 3 > &deformation, const TimeIncrement &timeIncrement)

void	computeStressFDAF (ConstitutiveResponse< 3 > &response, AlgorithmicModuli< 3 > &tangents, const Deformation< 3 > &deformation, const TimeIncrement &timeIncrement)

void	computeStressFDAC (ConstitutiveResponse< 3 > &response, AlgorithmicModuli< 3 > &tangents, const Deformation< 3 > &deformation, const TimeIncrement &timeIncrement)

void	computeStressCSDA (ConstitutiveResponse< 3 > &response, AlgorithmicModuli< 3 > &tangents, const Deformation< 3 > &deformation, const TimeIncrement &timeIncrement)

int	getNumberOfRequiredStateVars ()

void	assignStateVars (double *stateVars, int nStateVars)

StateView	getStateView (const std::string &result)

void	initializeYourself ()

std::tuple< double, Tensor33d, double >	yieldFunction (const Tensor33d &Fe, const double betaP)

template<typename T >
T	yieldFunctionFromStress (const Tensor33t< T > &mandelStress, const T betaP)

std::tuple< double, Tensor33d, Tensor3333d, double >	yieldFunctionFromStress (const Tensor33d &mandelStress, const double betaP)

template<typename T >
std::tuple< T, Tensor33t< T >, T >	yieldFunctionFromStressFirstOrderDerived (const Tensor33t< T > &mandelStress, const T betaP)

bool	isYielding (const Tensor33d &Fe, const double betaP)

std::tuple< Tensor33d, Tensor3333d >	computeMandelStress (const Tensor33d &Fe)

template<typename T >
Tensor33t< T >	computeMandelStressOnly (const Tensor33t< T > &Fe)

template<typename T >
T	computeBetaPOnly (const T alphaP)

std::tuple< double, double >	computeBetaP (const double alphaP)

std::tuple< double, double >	g (const Tensor33d &Fe_trial, const Tensor33d &df_dS, double dLambda, double betaP)

template<typename T >
Tensor33t< T >	computeReturnMappingDirection (Tensor33t< T > Fe, T betaP)

template<typename T >
std::tuple< Tensor33d, Tensor33d >	computePlasticIncrement (Tensor33t< T > df_dS, T dLambda)

template<typename T >
VectorXt< T >	computeResidualVector (const VectorXt< T > &X, const Tensor33d &FeTrial, const double alphaPTrial)

std::tuple< Eigen::VectorXd, Eigen::MatrixXd >	computeResidualVectorAndTangent (const Eigen::VectorXd &X, const Tensor33d &FeTrial, const double alphaPTrial)

Public Member Functions inherited from MarmotMaterialFiniteStrain
virtual void	computeStress (ConstitutiveResponse< 3 > &response, AlgorithmicModuli< 3 > &tangents, const Deformation< 3 > &deformation, const TimeIncrement &timeIncrement, const std::tuple< double, double, double > &eigenDeformation)

virtual void	computePlaneStrain (ConstitutiveResponse< 3 > &response, AlgorithmicModuli< 3 > &algorithmicModuli, const Deformation< 3 > &deformation, const TimeIncrement &timeIncrement)

virtual void	computePlaneStrain (ConstitutiveResponse< 3 > &response, AlgorithmicModuli< 3 > &algorithmicModuli, const Deformation< 3 > &deformation, const TimeIncrement &timeIncrement, const std::tuple< double, double, double > &eigenDeformation)

virtual void	computePlaneStress (ConstitutiveResponse< 2 > &response, AlgorithmicModuli< 2 > &algorithmicModuli, const Deformation< 2 > &deformation, const TimeIncrement &timeIncrement)

std::tuple< double, double, double >	findEigenDeformationForEigenStress (const std::tuple< double, double, double > &initialGuess, const std::tuple< double, double, double > &eigenStress)

	MarmotMaterial (const double *materialProperties, int nMaterialProperties, int materialNumber)

Public Member Functions inherited from MarmotMaterial
	MarmotMaterial (const double *materialProperties, int nMaterialProperties, int materialNumber)

virtual	~MarmotMaterial ()

double *	getAssignedStateVars ()

int	getNumberOfAssignedStateVars ()

virtual double	getDensity ()

Public Attributes
const double	K

const double	G

const double	fy

const double	fyInf

const double	eta

const double	H

const int	implementationType

std::unique_ptr< FiniteStrainJ2PlasticityStateVarManager >	stateVars

Public Attributes inherited from MarmotMaterial
const int	materialNumber

Additional Inherited Members
Protected Attributes inherited from MarmotMaterial
const double *	materialProperties

const int	nMaterialProperties

double *	stateVars

int	nStateVars

Constructor & Destructor Documentation

◆ FiniteStrainJ2Plasticity()

Marmot::Materials::FiniteStrainJ2Plasticity::FiniteStrainJ2Plasticity	(	const double *	materialProperties,
		int	nMaterialProperties,
		int	materialLabel
	)

Member Function Documentation

◆ computeStress()

void Marmot::Materials::FiniteStrainJ2Plasticity::computeStress	(	ConstitutiveResponse< 3 > &	response,
		AlgorithmicModuli< 3 > &	tangents,
		const Deformation< 3 > &	deformation,
		const TimeIncrement &	timeIncrement
	)

virtual

Implements MarmotMaterialFiniteStrain.

◆ computeStressWithScalarReturnMapping()

void Marmot::Materials::FiniteStrainJ2Plasticity::computeStressWithScalarReturnMapping	(	ConstitutiveResponse< 3 > &	response,
		AlgorithmicModuli< 3 > &	tangents,
		const Deformation< 3 > &	deformation,
		const TimeIncrement &	timeIncrement
	)

◆ computeStressWithFullReturnMapping()

void Marmot::Materials::FiniteStrainJ2Plasticity::computeStressWithFullReturnMapping	(	ConstitutiveResponse< 3 > &	response,
		AlgorithmicModuli< 3 > &	tangents,
		const Deformation< 3 > &	deformation,
		const TimeIncrement &	timeIncrement
	)

◆ computeStressFDAF()

void Marmot::Materials::FiniteStrainJ2Plasticity::computeStressFDAF	(	ConstitutiveResponse< 3 > &	response,
		AlgorithmicModuli< 3 > &	tangents,
		const Deformation< 3 > &	deformation,
		const TimeIncrement &	timeIncrement
	)

◆ computeStressFDAC()

void Marmot::Materials::FiniteStrainJ2Plasticity::computeStressFDAC	(	ConstitutiveResponse< 3 > &	response,
		AlgorithmicModuli< 3 > &	tangents,
		const Deformation< 3 > &	deformation,
		const TimeIncrement &	timeIncrement
	)

◆ computeStressCSDA()

void Marmot::Materials::FiniteStrainJ2Plasticity::computeStressCSDA	(	ConstitutiveResponse< 3 > &	response,
		AlgorithmicModuli< 3 > &	tangents,
		const Deformation< 3 > &	deformation,
		const TimeIncrement &	timeIncrement
	)

◆ getNumberOfRequiredStateVars()

int Marmot::Materials::FiniteStrainJ2Plasticity::getNumberOfRequiredStateVars ( )

inlinevirtual

Implements MarmotMaterial.

◆ assignStateVars()

void Marmot::Materials::FiniteStrainJ2Plasticity::assignStateVars	(	double *	stateVars,
		int	nStateVars
	)

virtual

Reimplemented from MarmotMaterial.

◆ getStateView()

StateView Marmot::Materials::FiniteStrainJ2Plasticity::getStateView ( const std::string & result )

virtual

Implements MarmotMaterial.

◆ initializeYourself()

void Marmot::Materials::FiniteStrainJ2Plasticity::initializeYourself ( )

virtual

Reimplemented from MarmotMaterial.

◆ yieldFunction()

std::tuple< double, Tensor33d, double > Marmot::Materials::FiniteStrainJ2Plasticity::yieldFunction	(	const Tensor33d &	Fe,
		const double	betaP
	)

inline

◆ yieldFunctionFromStress() [1/2]

template<typename T >

T Marmot::Materials::FiniteStrainJ2Plasticity::yieldFunctionFromStress	(	const Tensor33t< T > &	mandelStress,
		const T	betaP
	)

inline

◆ yieldFunctionFromStress() [2/2]

std::tuple< double, Tensor33d, Tensor3333d, double > Marmot::Materials::FiniteStrainJ2Plasticity::yieldFunctionFromStress	(	const Tensor33d &	mandelStress,
		const double	betaP
	)

inline

◆ yieldFunctionFromStressFirstOrderDerived()

template<typename T >

std::tuple< T, Tensor33t< T >, T > Marmot::Materials::FiniteStrainJ2Plasticity::yieldFunctionFromStressFirstOrderDerived	(	const Tensor33t< T > &	mandelStress,
		const T	betaP
	)

inline

◆ isYielding()

bool Marmot::Materials::FiniteStrainJ2Plasticity::isYielding	(	const Tensor33d &	Fe,
		const double	betaP
	)

inline

◆ computeMandelStress()

std::tuple< Tensor33d, Tensor3333d > Marmot::Materials::FiniteStrainJ2Plasticity::computeMandelStress ( const Tensor33d & Fe )

inline

◆ computeMandelStressOnly()

template<typename T >

Tensor33t< T > Marmot::Materials::FiniteStrainJ2Plasticity::computeMandelStressOnly ( const Tensor33t< T > & Fe )

inline

◆ computeBetaPOnly()

template<typename T >

T Marmot::Materials::FiniteStrainJ2Plasticity::computeBetaPOnly ( const T alphaP )

inline

◆ computeBetaP()

std::tuple< double, double > Marmot::Materials::FiniteStrainJ2Plasticity::computeBetaP ( const double alphaP )

inline

◆ g()

std::tuple< double, double > Marmot::Materials::FiniteStrainJ2Plasticity::g	(	const Tensor33d &	Fe_trial,
		const Tensor33d &	df_dS,
		double	dLambda,
		double	betaP
	)

inline

◆ computeReturnMappingDirection()

template<typename T >

Tensor33t< T > Marmot::Materials::FiniteStrainJ2Plasticity::computeReturnMappingDirection	(	Tensor33t< T >	Fe,
		T	betaP
	)

inline

◆ computePlasticIncrement()

template<typename T >

std::tuple< Tensor33d, Tensor33d > Marmot::Materials::FiniteStrainJ2Plasticity::computePlasticIncrement	(	Tensor33t< T >	df_dS,
		T	dLambda
	)

inline

◆ computeResidualVector()

template<typename T >

VectorXt< T > Marmot::Materials::FiniteStrainJ2Plasticity::computeResidualVector	(	const VectorXt< T > &	X,
		const Tensor33d &	FeTrial,
		const double	alphaPTrial
	)

inline

◆ computeResidualVectorAndTangent()

std::tuple< Eigen::VectorXd, Eigen::MatrixXd > Marmot::Materials::FiniteStrainJ2Plasticity::computeResidualVectorAndTangent	(	const Eigen::VectorXd &	X,
		const Tensor33d &	FeTrial,
		const double	alphaPTrial
	)

inline

Member Data Documentation

◆ K

const double Marmot::Materials::FiniteStrainJ2Plasticity::K

◆ G

const double Marmot::Materials::FiniteStrainJ2Plasticity::G

◆ fy

const double Marmot::Materials::FiniteStrainJ2Plasticity::fy

◆ fyInf

const double Marmot::Materials::FiniteStrainJ2Plasticity::fyInf

◆ eta

const double Marmot::Materials::FiniteStrainJ2Plasticity::eta

◆ H

const double Marmot::Materials::FiniteStrainJ2Plasticity::H

◆ implementationType

const int Marmot::Materials::FiniteStrainJ2Plasticity::implementationType

◆ stateVars

std::unique_ptr< FiniteStrainJ2PlasticityStateVarManager > Marmot::Materials::FiniteStrainJ2Plasticity::stateVars

The documentation for this class was generated from the following files:

modules/materials/FiniteStrainJ2Plasticity/include/Marmot/FiniteStrainJ2Plasticity.h
modules/materials/FiniteStrainJ2Plasticity/src/FiniteStrainJ2Plasticity.cpp

Classes

Public Member Functions

Public Attributes

Additional Inherited Members

Constructor & Destructor Documentation

◆ FiniteStrainJ2Plasticity()

Member Function Documentation

◆ computeStress()

◆ computeStressWithScalarReturnMapping()

◆ computeStressWithFullReturnMapping()

◆ computeStressFDAF()

◆ computeStressFDAC()

◆ computeStressCSDA()

◆ getNumberOfRequiredStateVars()

◆ assignStateVars()

◆ getStateView()

◆ initializeYourself()

◆ yieldFunction()

◆ yieldFunctionFromStress() [1/2]

◆ yieldFunctionFromStress() [2/2]

◆ yieldFunctionFromStressFirstOrderDerived()

◆ isYielding()

◆ computeMandelStress()

◆ computeMandelStressOnly()

◆ computeBetaPOnly()

◆ computeBetaP()

◆ g()

◆ computeReturnMappingDirection()

◆ computePlasticIncrement()

◆ computeResidualVector()

◆ computeResidualVectorAndTangent()

Member Data Documentation

◆ K

◆ G

◆ fy

◆ fyInf

◆ eta

◆ H

◆ implementationType

◆ stateVars